type
stringclasses 7
values | content
stringlengths 4
9.55k
| repo
stringlengths 7
96
| path
stringlengths 4
178
| language
stringclasses 1
value |
|---|---|---|---|---|
FunctionDeclaration
|
export function run() {
print("test exn")
glb1 = x = 0
nested()
assert(glb1 == 11)
/*
assert(test4(() => { }) == 10)
assert(test4(() => { throw "foo" }) == 20)
*/
print("test exn done")
}
|
ASDAlexander77/TypeScriptCompiler
|
docs/bugs/bug5.ts
|
TypeScript
|
FunctionDeclaration
|
function main()
{
exceptions.run();
}
|
ASDAlexander77/TypeScriptCompiler
|
docs/bugs/bug5.ts
|
TypeScript
|
ArrowFunction
|
() => {
it('🥩 base use', () => {
const wrapper = mount({
render() {
return (
<BasicLayout
title={title}
logo={logoSrc}
layout="side"
navTheme="light"
contentWidth="Fluid"
contentStyle={{ minHeight: '300px' }}
rightContentRender={() => (
<div class="custom-header-right-content">
<span>custom-right-content</span>
</div>
)}
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
ArrowFunction
|
() => {
const wrapper = mount({
render() {
return (
<BasicLayout
title={title}
logo={logoSrc}
layout="side"
navTheme="light"
contentWidth="Fluid"
contentStyle={{ minHeight: '300px' }}
rightContentRender={() => (
<div class="custom-header-right-content">
<span>custom-right-content</span>
</div>
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
ArrowFunction
|
() => {
const wrapper = mount({
render() {
return (
<BasicLayout title={title} logo={logoSrc}>
<div>content</div>
</BasicLayout>
);
}
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
ArrowFunction
|
async () => {
const wrapper = mount({
props: {
theme: {
type: String,
default: 'light',
},
layout: {
type: String,
default: 'mix',
},
},
render() {
return (
<BasicLayout navTheme={this.theme} layout={this.layout}>
<div>content</div>
</BasicLayout>
);
}
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
MethodDeclaration
|
render() {
return (
<BasicLayout
title={title}
logo={logoSrc}
layout="side"
navTheme="light"
contentWidth="Fluid"
contentStyle={{ minHeight: '300px' }}
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
MethodDeclaration
|
render() {
return (
<BasicLayout title={title} logo={logoSrc}>
<div>content</div>
</BasicLayout>
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
MethodDeclaration
|
render() {
return (
<BasicLayout navTheme={this.theme} layout={this.layout}>
<div>content</div>
</BasicLayout>
|
Houtaroy/pro-layout
|
tests/index.test.tsx
|
TypeScript
|
FunctionDeclaration
|
function delay(duration: number): Promise<any> {
return new Promise(function(resolve, reject) {
setTimeout(function() {
resolve();
}, duration);
});
}
|
emjimadhu/alosaur-boilerplate
|
src/areas/info/info.controller.ts
|
TypeScript
|
ClassDeclaration
|
@Controller('/info')
export class InfoController {
@Get('/text')
text() {
return Content(`Hello info1`);
}
@Get('/time')
async time() {
await delay(500);
return Content(`Hello info2`);
}
}
|
emjimadhu/alosaur-boilerplate
|
src/areas/info/info.controller.ts
|
TypeScript
|
MethodDeclaration
|
@Get('/text')
text() {
return Content(`Hello info1`);
}
|
emjimadhu/alosaur-boilerplate
|
src/areas/info/info.controller.ts
|
TypeScript
|
MethodDeclaration
|
@Get('/time')
async time() {
await delay(500);
return Content(`Hello info2`);
}
|
emjimadhu/alosaur-boilerplate
|
src/areas/info/info.controller.ts
|
TypeScript
|
InterfaceDeclaration
|
/**
* This interface defines a complete generic visitor for a parse tree produced
* by `CommandParser`.
*
* @param <Result> The return type of the visit operation. Use `void` for
* operations with no return type.
*/
export interface CommandVisitor<Result> extends ParseTreeVisitor<Result> {
/**
* Visit a parse tree produced by the `OutputTo`
* labeled alternative in `CommandParser.output`.
* @param ctx the parse tree
* @return the visitor result
*/
visitOutputTo?: (ctx: OutputToContext) => Result;
/**
* Visit a parse tree produced by the `OutputSave`
* labeled alternative in `CommandParser.output`.
* @param ctx the parse tree
* @return the visitor result
*/
visitOutputSave?: (ctx: OutputSaveContext) => Result;
/**
* Visit a parse tree produced by the `OutputPrint`
* labeled alternative in `CommandParser.output`.
* @param ctx the parse tree
* @return the visitor result
*/
visitOutputPrint?: (ctx: OutputPrintContext) => Result;
/**
* Visit a parse tree produced by the `OutputPrintTitle`
* labeled alternative in `CommandParser.output`.
* @param ctx the parse tree
* @return the visitor result
*/
visitOutputPrintTitle?: (ctx: OutputPrintTitleContext) => Result;
/**
* Visit a parse tree produced by the `ServerLocale`
* labeled alternative in `CommandParser.server`.
* @param ctx the parse tree
* @return the visitor result
*/
visitServerLocale?: (ctx: ServerLocaleContext) => Result;
/**
* Visit a parse tree produced by the `ServerTimezone`
* labeled alternative in `CommandParser.server`.
* @param ctx the parse tree
* @return the visitor result
*/
visitServerTimezone?: (ctx: ServerTimezoneContext) => Result;
/**
* Visit a parse tree produced by the `ServerFormat`
* labeled alternative in `CommandParser.server`.
* @param ctx the parse tree
* @return the visitor result
*/
visitServerFormat?: (ctx: ServerFormatContext) => Result;
/**
* Visit a parse tree produced by the `ServerDeleteMoment`
* labeled alternative in `CommandParser.server`.
* @param ctx the parse tree
* @return the visitor result
*/
visitServerDeleteMoment?: (ctx: ServerDeleteMomentContext) => Result;
/**
* Visit a parse tree produced by the `MessagePrint`
* labeled alternative in `CommandParser.message`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMessagePrint?: (ctx: MessagePrintContext) => Result;
/**
* Visit a parse tree produced by the `MessageTitle`
* labeled alternative in `CommandParser.message`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMessageTitle?: (ctx: MessageTitleContext) => Result;
/**
* Visit a parse tree produced by the `CommandServer`
* labeled alternative in `CommandParser.command`.
* @param ctx the parse tree
* @return the visitor result
*/
visitCommandServer?: (ctx: CommandServerContext) => Result;
/**
* Visit a parse tree produced by the `CommandMoment`
* labeled alternative in `CommandParser.command`.
* @param ctx the parse tree
* @return the visitor result
*/
visitCommandMoment?: (ctx: CommandMomentContext) => Result;
/**
* Visit a parse tree produced by the `CommandMessage`
* labeled alternative in `CommandParser.command`.
* @param ctx the parse tree
* @return the visitor result
*/
visitCommandMessage?: (ctx: CommandMessageContext) => Result;
/**
* Visit a parse tree produced by the `CommandHelp`
* labeled alternative in `CommandParser.command`.
* @param ctx the parse tree
* @return the visitor result
*/
visitCommandHelp?: (ctx: CommandHelpContext) => Result;
/**
* Visit a parse tree produced by the `MomentNow`
* labeled alternative in `CommandParser.moment`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMomentNow?: (ctx: MomentNowContext) => Result;
/**
* Visit a parse tree produced by the `MomentLoad`
* labeled alternative in `CommandParser.moment`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMomentLoad?: (ctx: MomentLoadContext) => Result;
/**
* Visit a parse tree produced by the `MomentInput`
* labeled alternative in `CommandParser.moment`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMomentInput?: (ctx: MomentInputContext) => Result;
/**
* Visit a parse tree produced by the `MomentInputWoQ`
* labeled alternative in `CommandParser.moment`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMomentInputWoQ?: (ctx: MomentInputWoQContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.command`.
* @param ctx the parse tree
* @return the visitor result
*/
visitCommand?: (ctx: CommandContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.help`.
* @param ctx the parse tree
* @return the visitor result
*/
visitHelp?: (ctx: HelpContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.server`.
* @param ctx the parse tree
* @return the visitor result
*/
visitServer?: (ctx: ServerContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.message`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMessage?: (ctx: MessageContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.moment`.
* @param ctx the parse tree
* @return the visitor result
*/
visitMoment?: (ctx: MomentContext) => Result;
/**
* Visit a parse tree produced by `CommandParser.output`.
* @param ctx the parse tree
* @return the visitor result
*/
visitOutput?: (ctx: OutputContext) => Result;
}
|
PhoenixIra/count-endtime
|
src/parser/CommandVisitor.ts
|
TypeScript
|
ArrowFunction
|
async (context: number) => {
const viewingKey: Buffer | undefined =
spendingKey !== undefined ? await sapling.getExtendedFullViewingKeyFromSpendingKey(spendingKey) : undefined
const spendDescriptions: TezosSaplingSpendDescription[] =
spendingKey !== undefined ? await this.forgeSaplingInputs(context, spendingKey, inputs, merkleTree, antiReplay) : []
const outputDescriptions: TezosSaplingOutputDescription[] = await this.forgeSaplingOutputs(context, viewingKey, outputs)
const balance: BigNumber = this.calculateTransactionBalance(inputs, outputs)
const sighash: Buffer = this.createTransactionSighash(spendDescriptions, outputDescriptions, antiReplay)
const bindingSignature: Buffer = await this.createBindingSignature(context, balance.toFixed(), sighash)
return {
spendDescriptions,
outputDescriptions,
bindingSignature,
balance,
root: merkleTree.root
}
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
ArrowFunction
|
(sum: BigNumber, next: TezosSaplingInput) => sum.plus(next.value)
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
ArrowFunction
|
(sum: BigNumber, next: TezosSaplingOutput) => sum.plus(next.value)
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
ClassDeclaration
|
export class TezosSaplingForger {
constructor(
private readonly cryptoClient: TezosSaplingCryptoClient,
private readonly state: TezosSaplingState,
private readonly encoder: TezosSaplingEncoder,
private readonly externalProvider?: TezosSaplingExternalMethodProvider
) {}
public async forgeSaplingTransaction(
inputs: TezosSaplingInput[],
outputs: TezosSaplingOutput[],
merkleTree: TezosSaplingStateTree,
antiReplay: string,
spendingKey?: Buffer
): Promise<TezosSaplingTransaction> {
return this.withProvingContext(async (context: number) => {
const viewingKey: Buffer | undefined =
spendingKey !== undefined ? await sapling.getExtendedFullViewingKeyFromSpendingKey(spendingKey) : undefined
const spendDescriptions: TezosSaplingSpendDescription[] =
spendingKey !== undefined ? await this.forgeSaplingInputs(context, spendingKey, inputs, merkleTree, antiReplay) : []
const outputDescriptions: TezosSaplingOutputDescription[] = await this.forgeSaplingOutputs(context, viewingKey, outputs)
const balance: BigNumber = this.calculateTransactionBalance(inputs, outputs)
const sighash: Buffer = this.createTransactionSighash(spendDescriptions, outputDescriptions, antiReplay)
const bindingSignature: Buffer = await this.createBindingSignature(context, balance.toFixed(), sighash)
return {
spendDescriptions,
outputDescriptions,
bindingSignature,
balance,
root: merkleTree.root
}
})
}
private async forgeSaplingInputs(
context: number,
spendingKey: Buffer,
inputs: TezosSaplingInput[],
merkleTree: TezosSaplingStateTree,
antiReplay: string
): Promise<TezosSaplingSpendDescription[]> {
const ar: Buffer = await sapling.randR()
const descriptions: TezosSaplingSpendDescription[] = []
for (const input of inputs) {
const unsignedSpendDescription: SaplingUnsignedSpendDescription = await this.prepareSpendDescription(
context,
spendingKey,
(await TezosSaplingAddress.fromValue(input.address)).raw,
input.rcm,
ar,
input.value,
merkleTree.root,
await this.state.getWitness(merkleTree, new BigNumber(input.pos))
)
const sighash: Buffer = this.createInputSighash(unsignedSpendDescription, antiReplay)
const signedSpendDescription: SaplingSpendDescription = await sapling.signSpendDescription(
unsignedSpendDescription,
spendingKey,
ar,
sighash
)
if (signedSpendDescription.spendAuthSig === undefined) {
throw new Error('Spend signing failed')
}
descriptions.push({
cv: signedSpendDescription.cv,
nf: signedSpendDescription.nf,
rk: signedSpendDescription.rk,
proof: signedSpendDescription.proof,
signature: signedSpendDescription.spendAuthSig
})
}
return descriptions
}
private async forgeSaplingOutputs(
context: number,
viewingKey: Buffer | undefined,
outputs: TezosSaplingOutput[]
): Promise<TezosSaplingOutputDescription[]> {
const rcm: Buffer = await sapling.randR()
const descriptions: TezosSaplingOutputDescription[] = []
for (const output of outputs) {
const esk: Buffer = await sapling.randR()
const outputDescription: SaplingPartialOutputDescription = await this.preparePartialOutputDescription(
context,
(await TezosSaplingAddress.fromValue(output.address)).raw,
rcm,
esk,
output.value
)
const ciphertext: TezosSaplingCiphertext = await this.cryptoClient.encryptCiphertext(
output,
outputDescription,
rcm,
esk,
new BigNumber(output.value).gt(0) ? viewingKey : undefined
)
descriptions.push({
cm: outputDescription.cm,
proof: outputDescription.proof,
ciphertext
})
}
return descriptions
}
private createTransactionSighash(
spends: TezosSaplingSpendDescription[],
outputs: TezosSaplingOutputDescription[],
antiReplay: string
): Buffer {
const spendBytes: Buffer = this.encoder.encodeSpendDescriptions(spends)
const outputBytes: Buffer = this.encoder.encodeOutputDescriptions(outputs)
return Buffer.from(
blake2bAsBytes(Buffer.concat([spendBytes, outputBytes]), 256, {
key: Buffer.from(antiReplay)
})
)
}
private createInputSighash(spend: SaplingUnsignedSpendDescription, antiReplay: string): Buffer {
const toSign: Buffer = Buffer.concat([spend.cv, spend.nf, spend.rk, spend.proof])
return Buffer.from(blake2bAsBytes(toSign, 256, { key: Buffer.from(antiReplay) }))
}
private calculateTransactionBalance(inputs: TezosSaplingInput[], outputs: TezosSaplingOutput[]): BigNumber {
const spendBalance: BigNumber = inputs.reduce((sum: BigNumber, next: TezosSaplingInput) => sum.plus(next.value), new BigNumber(0))
const outBalance: BigNumber = outputs.reduce((sum: BigNumber, next: TezosSaplingOutput) => sum.plus(next.value), new BigNumber(0))
return spendBalance.minus(outBalance)
}
private async withProvingContext(action: (context: number) => Promise<TezosSaplingTransaction>): Promise<TezosSaplingTransaction> {
const method = this.externalProvider?.withProvingContext ?? sapling.withProvingContext
return method(action)
}
private async prepareSpendDescription(
context: number,
spendingKey: Buffer,
address: Buffer,
rcm: string,
ar: Buffer,
value: string,
root: string,
merklePath: string
): Promise<SaplingUnsignedSpendDescription> {
const method = this.externalProvider?.prepareSpendDescription ?? sapling.prepareSpendDescription
return method(context, spendingKey, address, rcm, ar, value, root, merklePath)
}
private async preparePartialOutputDescription(
context: number,
address: Buffer,
rcm: Buffer,
esk: Buffer,
value: string
): Promise<SaplingPartialOutputDescription> {
const method = this.externalProvider?.preparePartialOutputDescription ?? sapling.preparePartialOutputDescription
return method(context, address, rcm, esk, value)
}
private async createBindingSignature(context: number, balance: string, sighash: Buffer): Promise<Buffer> {
const method = this.externalProvider?.createBindingSignature ?? sapling.createBindingSignature
return method(context, balance, sighash)
}
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
public async forgeSaplingTransaction(
inputs: TezosSaplingInput[],
outputs: TezosSaplingOutput[],
merkleTree: TezosSaplingStateTree,
antiReplay: string,
spendingKey?: Buffer
): Promise<TezosSaplingTransaction> {
return this.withProvingContext(async (context: number) => {
const viewingKey: Buffer | undefined =
spendingKey !== undefined ? await sapling.getExtendedFullViewingKeyFromSpendingKey(spendingKey) : undefined
const spendDescriptions: TezosSaplingSpendDescription[] =
spendingKey !== undefined ? await this.forgeSaplingInputs(context, spendingKey, inputs, merkleTree, antiReplay) : []
const outputDescriptions: TezosSaplingOutputDescription[] = await this.forgeSaplingOutputs(context, viewingKey, outputs)
const balance: BigNumber = this.calculateTransactionBalance(inputs, outputs)
const sighash: Buffer = this.createTransactionSighash(spendDescriptions, outputDescriptions, antiReplay)
const bindingSignature: Buffer = await this.createBindingSignature(context, balance.toFixed(), sighash)
return {
spendDescriptions,
outputDescriptions,
bindingSignature,
balance,
root: merkleTree.root
}
})
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async forgeSaplingInputs(
context: number,
spendingKey: Buffer,
inputs: TezosSaplingInput[],
merkleTree: TezosSaplingStateTree,
antiReplay: string
): Promise<TezosSaplingSpendDescription[]> {
const ar: Buffer = await sapling.randR()
const descriptions: TezosSaplingSpendDescription[] = []
for (const input of inputs) {
const unsignedSpendDescription: SaplingUnsignedSpendDescription = await this.prepareSpendDescription(
context,
spendingKey,
(await TezosSaplingAddress.fromValue(input.address)).raw,
input.rcm,
ar,
input.value,
merkleTree.root,
await this.state.getWitness(merkleTree, new BigNumber(input.pos))
)
const sighash: Buffer = this.createInputSighash(unsignedSpendDescription, antiReplay)
const signedSpendDescription: SaplingSpendDescription = await sapling.signSpendDescription(
unsignedSpendDescription,
spendingKey,
ar,
sighash
)
if (signedSpendDescription.spendAuthSig === undefined) {
throw new Error('Spend signing failed')
}
descriptions.push({
cv: signedSpendDescription.cv,
nf: signedSpendDescription.nf,
rk: signedSpendDescription.rk,
proof: signedSpendDescription.proof,
signature: signedSpendDescription.spendAuthSig
})
}
return descriptions
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async forgeSaplingOutputs(
context: number,
viewingKey: Buffer | undefined,
outputs: TezosSaplingOutput[]
): Promise<TezosSaplingOutputDescription[]> {
const rcm: Buffer = await sapling.randR()
const descriptions: TezosSaplingOutputDescription[] = []
for (const output of outputs) {
const esk: Buffer = await sapling.randR()
const outputDescription: SaplingPartialOutputDescription = await this.preparePartialOutputDescription(
context,
(await TezosSaplingAddress.fromValue(output.address)).raw,
rcm,
esk,
output.value
)
const ciphertext: TezosSaplingCiphertext = await this.cryptoClient.encryptCiphertext(
output,
outputDescription,
rcm,
esk,
new BigNumber(output.value).gt(0) ? viewingKey : undefined
)
descriptions.push({
cm: outputDescription.cm,
proof: outputDescription.proof,
ciphertext
})
}
return descriptions
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private createTransactionSighash(
spends: TezosSaplingSpendDescription[],
outputs: TezosSaplingOutputDescription[],
antiReplay: string
): Buffer {
const spendBytes: Buffer = this.encoder.encodeSpendDescriptions(spends)
const outputBytes: Buffer = this.encoder.encodeOutputDescriptions(outputs)
return Buffer.from(
blake2bAsBytes(Buffer.concat([spendBytes, outputBytes]), 256, {
key: Buffer.from(antiReplay)
})
)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private createInputSighash(spend: SaplingUnsignedSpendDescription, antiReplay: string): Buffer {
const toSign: Buffer = Buffer.concat([spend.cv, spend.nf, spend.rk, spend.proof])
return Buffer.from(blake2bAsBytes(toSign, 256, { key: Buffer.from(antiReplay) }))
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private calculateTransactionBalance(inputs: TezosSaplingInput[], outputs: TezosSaplingOutput[]): BigNumber {
const spendBalance: BigNumber = inputs.reduce((sum: BigNumber, next: TezosSaplingInput) => sum.plus(next.value), new BigNumber(0))
const outBalance: BigNumber = outputs.reduce((sum: BigNumber, next: TezosSaplingOutput) => sum.plus(next.value), new BigNumber(0))
return spendBalance.minus(outBalance)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async withProvingContext(action: (context: number) => Promise<TezosSaplingTransaction>): Promise<TezosSaplingTransaction> {
const method = this.externalProvider?.withProvingContext ?? sapling.withProvingContext
return method(action)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async prepareSpendDescription(
context: number,
spendingKey: Buffer,
address: Buffer,
rcm: string,
ar: Buffer,
value: string,
root: string,
merklePath: string
): Promise<SaplingUnsignedSpendDescription> {
const method = this.externalProvider?.prepareSpendDescription ?? sapling.prepareSpendDescription
return method(context, spendingKey, address, rcm, ar, value, root, merklePath)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async preparePartialOutputDescription(
context: number,
address: Buffer,
rcm: Buffer,
esk: Buffer,
value: string
): Promise<SaplingPartialOutputDescription> {
const method = this.externalProvider?.preparePartialOutputDescription ?? sapling.preparePartialOutputDescription
return method(context, address, rcm, esk, value)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
MethodDeclaration
|
private async createBindingSignature(context: number, balance: string, sighash: Buffer): Promise<Buffer> {
const method = this.externalProvider?.createBindingSignature ?? sapling.createBindingSignature
return method(context, balance, sighash)
}
|
7alip/airgap-coin-lib
|
packages/core/src/protocols/tezos/sapling/utils/TezosSaplingForger.ts
|
TypeScript
|
FunctionDeclaration
|
function getPageMeta(pageContext: PageContext): IPageMeta {
const title =
// For static titles (defined in the `export { documentProps }` of the page's `.page.js`)
pageContext.pageExports.documentProps?.title ||
// For dynamic tiles (defined in the `export addContextProps()` of the page's `.page.server.js`)
pageContext.documentProps?.title ||
'Demo';
const description =
pageContext.pageExports.documentProps?.description ||
pageContext.documentProps?.description;
return { title, description };
}
|
bnn1/vite-plugin-ssr-vue-starter
|
src/common/utils/getPageMeta.ts
|
TypeScript
|
InterfaceDeclaration
|
interface IPageMeta {
title: string;
description: string;
}
|
bnn1/vite-plugin-ssr-vue-starter
|
src/common/utils/getPageMeta.ts
|
TypeScript
|
ClassDeclaration
|
@Component({
selector: 'register',
templateUrl: './register.html',
})
export class Register {
public form:FormGroup;
public name:AbstractControl;
public email:AbstractControl;
public password:AbstractControl;
public repeatPassword:AbstractControl;
public passwords:FormGroup;
public submitted:boolean = false;
constructor(fb:FormBuilder) {
this.form = fb.group({
'name': ['', Validators.compose([Validators.required, Validators.minLength(4)])],
'email': ['', Validators.compose([Validators.required, EmailValidator.validate])],
'passwords': fb.group({
'password': ['', Validators.compose([Validators.required, Validators.minLength(4)])],
'repeatPassword': ['', Validators.compose([Validators.required, Validators.minLength(4)])]
}, {validator: EqualPasswordsValidator.validate('password', 'repeatPassword')})
});
this.name = this.form.controls['name'];
this.email = this.form.controls['email'];
this.passwords = <FormGroup> this.form.controls['passwords'];
this.password = this.passwords.controls['password'];
this.repeatPassword = this.passwords.controls['repeatPassword'];
}
public onSubmit(values:Object):void {
this.submitted = true;
if (this.form.valid) {
// your code goes here
// console.log(values);
}
}
}
|
CamiloRguez/Web-App
|
src/app/pages/register/register.component.ts
|
TypeScript
|
MethodDeclaration
|
public onSubmit(values:Object):void {
this.submitted = true;
if (this.form.valid) {
// your code goes here
// console.log(values);
}
}
|
CamiloRguez/Web-App
|
src/app/pages/register/register.component.ts
|
TypeScript
|
FunctionDeclaration
|
function convertToResource(item: any, processingState: ProcessingState): IResource {
let result = (item as IResource) || null;
if (typeof item === "string") {
result =
processingState.resourceMap[item] ||
(processingState.resourceMap[item] = { iri: item, type: new TypesCollection([hydra.Link]) });
}
return result;
}
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
FunctionDeclaration
|
export function collection(mappings: {
[property: string]: IPropertyMapping;
}): { [property: string]: IPropertyMapping } {
mappings[hydra.totalItems] = {
default: 0,
propertyName: "totalItems",
required: true,
type: [hydra.Collection as string]
};
mappings[hydra.member] = {
default: members => new ResourceFilterableCollection(members),
propertyName: "members",
type: [hydra.Collection as string]
};
mappings[hydra.memberTemplate] = {
default: memberTemplates => memberTemplates[0] || null,
propertyName: "memberTemplate",
type: [hydra.Collection as string]
};
mappings[hydra.collection] = {
default: collections => new ResourceFilterableCollection(collections),
propertyName: "collections",
required: true
};
mappings[hydra.view] = {
default: views => views[0] || null,
propertyName: "view",
type: [hydra.Collection as string]
};
mappings[hydra.first] = {
default: (first, processingState) => convertToResource(first[0], processingState),
propertyName: "first",
type: [hydra.PartialCollectionView as string]
};
mappings[hydra.last] = {
default: (last, processingState) => convertToResource(last[0], processingState),
propertyName: "last",
type: [hydra.PartialCollectionView as string]
};
mappings[hydra.next] = {
default: (next, processingState) => convertToResource(next[0], processingState),
propertyName: "next",
type: [hydra.PartialCollectionView as string]
};
mappings[hydra.previous] = {
default: (previous, processingState) => convertToResource(previous[0], processingState),
propertyName: "previous",
type: [hydra.PartialCollectionView as string]
};
return mappings;
}
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
members => new ResourceFilterableCollection(members)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
memberTemplates => memberTemplates[0] || null
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
collections => new ResourceFilterableCollection(collections)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
views => views[0] || null
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
(first, processingState) => convertToResource(first[0], processingState)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
(last, processingState) => convertToResource(last[0], processingState)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
(next, processingState) => convertToResource(next[0], processingState)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
ArrowFunction
|
(previous, processingState) => convertToResource(previous[0], processingState)
|
hypermedia-app/Heracles.ts
|
src/JsonLd/collection.ts
|
TypeScript
|
FunctionDeclaration
|
function Nest({
children,
error,
errorMessage,
fields,
itemProps,
label,
showInlineError,
...props
}: NestFieldProps) {
return (
<div {...filterDOMProps(props)}>
{label && <label>{label}</label>}
{!!(error && showInlineError) && <div>{errorMessage}</div>}
{children ||
fields.map(field => (
<AutoField key={field} name={field} {...itemProps} />
))}
</div>
);
}
export default connectField<NestFieldProps>(Nest);
|
Back2bikes/uniforms
|
packages/uniforms-antd/src/NestField.tsx
|
TypeScript
|
ArrowFunction
|
field => (
<AutoField key={field}
|
Back2bikes/uniforms
|
packages/uniforms-antd/src/NestField.tsx
|
TypeScript
|
TypeAliasDeclaration
|
export type NestFieldProps = HTMLFieldProps<
object,
HTMLDivElement,
{ itemProps?: object }
>;
|
Back2bikes/uniforms
|
packages/uniforms-antd/src/NestField.tsx
|
TypeScript
|
ArrowFunction
|
() => {
const theme = useTheme();
return (
<$Actions>
<TextArea
id="MessagesForm_Message"
css={`
margin-bottom: ${theme.spacing.s};
`}
|
City-of-Helsinki/kesaseteli
|
frontend/shared/src/components/messaging/Actions.tsx
|
TypeScript
|
FunctionDeclaration
|
function addressUnwrapper(x: any): string {
const addr = extractAddrM(x);
return !addr ? x
: addr.slice(0, 2) === '0x' ? addr
: addressToHex(addr);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
<X extends CBR_Val>(t:ALGO_Ty<X>, v:X) => t.toNet(v)
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Null): NV => (void(bv), new Uint8Array([]))
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Null => (void(nv), null)
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Bool): NV => new Uint8Array([bv ? 1 : 0])
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Bool => nv[0] == 1
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_UInt): NV => {
try {
return ethers.utils.zeroPad(ethers.utils.arrayify(bv), 8)
} catch (e) {
throw new Error(`toNet: ${bv} is out of range [0, ${UInt_max}]`);
}
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_UInt => {
// debug(`fromNet: UInt`, nv);
// if (getDEBUG()) console.log(nv);
return ethers.BigNumber.from(nv.slice(0, 8));
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(len:number) => ({
toNet: (bv: CBR_Bytes): NV => (
ethers.utils.toUtf8Bytes(bv)
),
fromNet: (nv: NV): CBR_Bytes => (
ethers.utils.toUtf8String(nv.slice(0, len))
),
})
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Bytes): NV => (
ethers.utils.toUtf8Bytes(bv)
)
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Bytes => (
ethers.utils.toUtf8String(nv.slice(0, len))
)
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(len:number) => ({
netSize: len,
netName: `byte[${len}]`,
toNet: (bv: string): NV => {
return ethers.utils.arrayify(bv);
},
fromNet: (nv: NV): string => {
return ethers.utils.hexlify(nv.slice(0, len));
}
})
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: string): NV => {
return ethers.utils.arrayify(bv);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): string => {
return ethers.utils.hexlify(nv.slice(0, len));
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(len:number): ALGO_Ty<CBR_Bytes> => ({
...CBR.BT_Bytes(len),
...stringyNet(len),
netSize: bigNumberToNumber(len),
netName: `byte[${len}]`,
})
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(x: string): string =>
'0x' + Buffer.from(algosdk.decodeAddress(x).publicKey).toString('hex')
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(hexAddr: string): string =>
algosdk.encodeAddress(Buffer.from(hexAddr.slice(2), 'hex'))
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(x: any): string|false => {
const addr: string|false =
(x && x.networkAccount && x.networkAccount.addr)
|| (x && x.addr)
|| (typeof x === 'string' && x);
//debug(`extractAddrM`, {x, addr});
return addr;
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(x:any): string => {
const a = extractAddrM(x);
//debug(`extractAddr`, {x, a});
if ( a === false ) { throw Error(`Expected address, got ${x}`); }
return a;
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(uv: unknown): CBR_Address => {
const val = addressUnwrapper(uv);
const hs = CBR.BT_Address.canonicalize(val || uv);
// We are filling up with zeros if the address is less than 32 bytes
return hs.padEnd(32*2+2, '0');
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(
co: ALGO_Ty<CBR_Val>,
size_u: unknown,
): ALGO_Ty<CBR_Array> => {
const size = bigNumberToNumber(bigNumberify(size_u));
debug('T_Array', co, size);
const asTuple = T_Tuple(new Array(size).fill(co));
debug('T_Array', asTuple);
const { netSize, toNet, fromNet } = asTuple;
return {
...CBR.BT_Array(co, size),
netSize, toNet, fromNet,
netName: `${co.netName}[${size}]`,
};
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(
cos: Array<ALGO_Ty<CBR_Val>>,
): ALGO_Ty<CBR_Tuple> => ({
...CBR.BT_Tuple(cos),
netSize: (
cos.reduce(((acc:number, co:ALGO_Ty<CBR_Val>): number =>
acc + co.netSize),
0)
),
toNet: (bv: CBR_Tuple): NV => {
const val = cos.map((co, i) => co.toNet(bv[i]));
return ethers.utils.concat(val);
},
// TODO: share more code w/ T_Array.fromNet
fromNet: (nv: NV): CBR_Tuple => {
//debug(`Tuple.fromNet`, cos.map((x) => x.name), nv);
const chunks: Array<CBR_Val> = new Array(cos.length).fill(null);
let rest = nv;
for (const i in cos) {
const co = cos[i];
chunks[i] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return chunks;
},
netName: `(${cos.map(c => c.netName).join(',')})`,
})
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(acc:number, co:ALGO_Ty<CBR_Val>): number =>
acc + co.netSize
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Tuple): NV => {
const val = cos.map((co, i) => co.toNet(bv[i]));
return ethers.utils.concat(val);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(co, i) => co.toNet(bv[i])
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Tuple => {
//debug(`Tuple.fromNet`, cos.map((x) => x.name), nv);
const chunks: Array<CBR_Val> = new Array(cos.length).fill(null);
let rest = nv;
for (const i in cos) {
const co = cos[i];
chunks[i] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return chunks;
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
c => c.netName
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(
cos: Array<[string, ALGO_Ty<CBR_Val>]>,
): ALGO_Ty<CBR_Struct> => ({
...CBR.BT_Struct(cos),
netSize: (
cos.reduce((acc, co) => acc + co[1].netSize, 0)
),
toNet: (bv: CBR_Struct): NV => {
const val = cos.map(([k, co]) => co.toNet(bv[k]));
return ethers.utils.concat(val);
},
// TODO: share more code w/ T_Array.fromNet
fromNet: (nv: NV): CBR_Struct => {
const obj: any = {};
let rest = nv;
for (const i in cos) {
const [k, co] = cos[i];
obj[k] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return obj;
},
netName: `(${cos.map(c => c[1].netName).join(',')})`,
})
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(acc, co) => acc + co[1].netSize
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Struct): NV => {
const val = cos.map(([k, co]) => co.toNet(bv[k]));
return ethers.utils.concat(val);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
([k, co]) => co.toNet(bv[k])
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Struct => {
const obj: any = {};
let rest = nv;
for (const i in cos) {
const [k, co] = cos[i];
obj[k] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return obj;
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
c => c[1].netName
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(
coMap: {[key: string]: ALGO_Ty<CBR_Val>}
): ALGO_Ty<CBR_Object> => {
const cos = Object.values(coMap);
const netSize =
cos.reduce((acc, co) => acc + co.netSize, 0);
const {ascLabels} = labelMaps(coMap);
return {
...CBR.BT_Object(coMap),
netSize,
toNet: (bv: CBR_Object): NV => {
const chunks = ascLabels.map((label) =>
coMap[label].toNet(bv[label])
);
return ethers.utils.concat(chunks);
},
// TODO: share more code w/ T_Array.fromNet and T_Tuple.fromNet
fromNet: (nv: NV): CBR_Object => {
const obj: {[key: string]: CBR_Val} = {};
let rest = nv;
for (const iStr in ascLabels) {
const i = parseInt(iStr);
const label = ascLabels[i];
const co = coMap[label];
obj[label] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return obj;
},
netName: `(${cos.map(c => c.netName).join(',')})`,
}
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(acc, co) => acc + co.netSize
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(bv: CBR_Object): NV => {
const chunks = ascLabels.map((label) =>
coMap[label].toNet(bv[label])
);
return ethers.utils.concat(chunks);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(label) =>
coMap[label].toNet(bv[label])
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Object => {
const obj: {[key: string]: CBR_Val} = {};
let rest = nv;
for (const iStr in ascLabels) {
const i = parseInt(iStr);
const label = ascLabels[i];
const co = coMap[label];
obj[label] = co.fromNet(rest.slice(0, co.netSize));
rest = rest.slice(co.netSize);
}
return obj;
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(
coMap: {[key: string]: ALGO_Ty<CBR_Val>}
): ALGO_Ty<CBR_Data> => {
const cos = Object.values(coMap);
const cosSizes = cos.map((co) => co.netSize);
const valSize = Math.max(...cosSizes);
const netSize = valSize + 1;
debug(`T_Data`, { cos, cosSizes, valSize, netSize });
const {ascLabels, labelMap} = labelMaps(coMap);
return {
...CBR.BT_Data(coMap),
netSize,
toNet: ([label, val]: CBR_Data): NV => {
const i = labelMap[label];
const lab_nv = new Uint8Array([i]);
const val_co = coMap[label];
const val_nv = val_co.toNet(val);
const padding = new Uint8Array(valSize - val_nv.length);
return ethers.utils.concat([lab_nv, val_nv, padding]);
},
fromNet: (nv: NV): CBR_Data => {
const i = nv[0];
const label = ascLabels[i];
const val_co = coMap[label];
debug({nv, i, label, val_co});
const rest = nv.slice(1);
const sliceTo = val_co.netSize;
const val = val_co.fromNet(rest.slice(0, sliceTo));
return [label, val];
},
netName: `(byte,byte[${valSize}])`,
}
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(co) => co.netSize
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
([label, val]: CBR_Data): NV => {
const i = labelMap[label];
const lab_nv = new Uint8Array([i]);
const val_co = coMap[label];
const val_nv = val_co.toNet(val);
const padding = new Uint8Array(valSize - val_nv.length);
return ethers.utils.concat([lab_nv, val_nv, padding]);
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(nv: NV): CBR_Data => {
const i = nv[0];
const label = ascLabels[i];
const val_co = coMap[label];
debug({nv, i, label, val_co});
const rest = nv.slice(1);
const sliceTo = val_co.netSize;
const val = val_co.fromNet(rest.slice(0, sliceTo));
return [label, val];
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
ArrowFunction
|
(x: unknown, y: unknown): boolean =>
T_Token.canonicalize(x).eq(T_Token.canonicalize(y))
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
type BigNumber = ethers.BigNumber;
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
// NV = Net Value
export type NV = Uint8Array;
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
export type ALGO_Ty<BV extends CBR_Val> = {
name: string,
canonicalize: (uv: unknown) => BV,
netSize: number
toNet(bv: BV): NV,
fromNet(nv: NV): BV,
netName: string,
}
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
export type Token = CBR_UInt;
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
export type Contract = CBR_UInt;
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
export type PayAmt = MkPayAmt<Token>;
|
FrankSzendzielarz/reach-lang
|
js/stdlib/ts/ALGO_compiled.ts
|
TypeScript
|
TypeAliasDeclaration
|
export type _Props = {
collapseRef: React.RefObject<HTMLDivElement>;
toggleNavigation: () => void;
links: { href: string; text: string }[];
moreLinks: { href: string; text: string }[];
linkClass: (pathname: string) => string;
};
|
jamband/expericana
|
src/layouts/header/types.ts
|
TypeScript
|
ArrowFunction
|
(value: string) => {
const deferred: IDeferred<boolean> = this.$q.defer();
ApplicationNameValidator.validate(value, this.cloudProviders).then((result: IApplicationNameValidationResult) => {
if (result.errors.length) {
deferred.reject();
} else {
deferred.resolve();
}
});
return deferred.promise;
}
|
Click2Cloud-neutron/deck
|
app/scripts/modules/core/src/application/modal/validation/validateApplicationName.directive.ts
|
TypeScript
|
ArrowFunction
|
(result: IApplicationNameValidationResult) => {
if (result.errors.length) {
deferred.reject();
} else {
deferred.resolve();
}
}
|
Click2Cloud-neutron/deck
|
app/scripts/modules/core/src/application/modal/validation/validateApplicationName.directive.ts
|
TypeScript
|
ArrowFunction
|
() => this.model.$validate()
|
Click2Cloud-neutron/deck
|
app/scripts/modules/core/src/application/modal/validation/validateApplicationName.directive.ts
|
TypeScript
|
ArrowFunction
|
($scope: IScope, _$element: JQuery, $attrs: IValidateNameAttrs, ctrl: INgModelController) => {
const $ctrl: ValidateApplicationNameController = $scope['$ctrl'];
$ctrl.$scope = $scope;
$ctrl.$attrs = $attrs;
$ctrl.model = ctrl;
$ctrl.initialize();
}
|
Click2Cloud-neutron/deck
|
app/scripts/modules/core/src/application/modal/validation/validateApplicationName.directive.ts
|
TypeScript
|
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